Outdated coaxial infrastructure can be a major roadblock for modern network upgrades.

The eZLink® EoC extender is the perfect solution, offering a cost-effective and simple way to overcome this challenge. It eliminates the need for expensive and time-consuming re-cabling, allowing you to instantly transform your existing coaxial lines into a high-speed Ethernet network. More than just a technological innovation, this is a strategic upgrade that breathes new life into your old infrastructure, helping businesses seamlessly transition to a new era of high-performance communication.

High-Speed, Stable Long-Range Transmission

eZLink ®1000Mbps (500Mbp x2) Long-Range Coaxial Ethernet Extender provides a data transfer bandwidth of up to 150 Mbps and a transmission distance of up to 1.5 km. This makes it ideal for deploying long-distance IP cameras and network devices. Without replacing your cables, you can extend your Ethernet signal over existing coaxial cables or any two-wire line, such as power or phone lines, perfect for smart surveillance and smart building applications.


Flexible Power with Dual Power Modes

The eZLink® EoC extender supports two power sources: a DC power adapter and a PoE hub. This flexibility ensures stable PoE power can be delivered with just two wires, regardless of the cable type. It is compatible with IEEE 802.3at/af and PoE+ (up to 50W) standards, meeting the power needs of high-consumption IP cameras or network devices, which simplifies installation and reduces costs.


Plug-and-Play Installation

The device requires no IP or MAC address configuration, ensuring a true plug-and-play experience that maximizes installation efficiency. The built-in watchdog timer automatically restarts the system in case of a crash or connection failure, guaranteeing a stable, uninterrupted network—especially critical for 24/7 security systems.


High-Security Data Encryption

With built-in 128-bit AES communication encryption, the eZLink® protects your data from unauthorized access, hacking, and tampering, enhancing overall network security.


Integrated Auto-Recovery

The integrated watchdog timer automatically restarts the device upon detecting an error or malfunction and attempts to reconnect if the network is interrupted. This ensures high system stability and continuous operation.


Real-Time Status Monitoring

The eZLink® EoC extender features multiple LED status indicators that clearly show power, link, and network status, which simplifies system maintenance and troubleshooting.

Model
EPOC-151VA
EPOC-151PS
EPOC-151HP
Ethernet
ConnectorRJ-45
Connection10/100/1000 Base-T. auto-negotiation, auto MDI/MDX crossover
Cable TypeCategory 6
Transmission Distance100 meters
Cable Connection
Connector TypeBNC/RJ-45
Device TypeReceiverTransmitterTransmitter
Transmission MediumCoaxial cable / UTP Cable
Transmission Range*Up to 600 meters
TopologyStar, daisy-chain, or hybrid.
Encryption128-bit AES
Latency3ms
Bandwidth*Total network bandwidth up to 150 Mbps; varies by cable length.
Power
Power InputPoE Hub DC48VDC48V (Optional)DC48V (Optional)
Power OutputVia coaxial / Ethernet / 2-wire (BNC / RJ45 )12W;DC12V/1A50W;DC12V/4A
Physical
Waterproof RatingNoneNoneIP66
Dimensions (mm)128x102x36
Weight310g
LED IndicatorsTransmission & Ethernet activityTransmission, Ethernet, PoE statusTransmission, Ethernet, PoE status
Operating Environment
Temperature-5°C ~ 50°C (Standard) -40°C ~ 60°C (Optional with built-in heater controller)
Humidity20% ~ 85% non-condensing
Power Consumption≤ 3W
Surge Protection20µS x5 3,000A, 6,000V; ESD 20KV, 200pF
CertificationsCE, FCC, RoHS.
AccessoriesPlease refer to the accessory information.

Note.

  • The charts above do not guarantee the transmission distance, speed, or power supply can be achieved in every scenario. Transmission rate and power delivery will vary due to the physical properties of the specific cables used. The data in these charts is for reference only, and the actual results are not guaranteed by i-View.
  • The speed, transmission length, and power transmission results shown in the charts should be verified with on-site testing at the installation location.